Istituto Europeo Di Oncologia S.r.l.
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Milan, Italy
Rare diseases
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A plain-language summary of the goals, design and what participants do
This study focuses on patients with colon cancer, specifically those with stage III or high-risk stage II disease who have undergone surgery. The study aims to determine if a special blood test called liquid biopsy can help guide treatment decisions after surgery. This test looks for small pieces of tumor DNA in the blood to monitor if the cancer might return.
The treatment plan includes several anti-cancer medications that work in different ways to fight cancer cells. These medications are capecitabine (taken as tablets by mouth), oxaliplatin (given through a vein as an infusion), fluorouracil (given through a vein), and irinotecan (given through a vein as an infusion). The specific combination of these medications will be determined based on the results of the blood tests.
Throughout the study, participants will have regular blood samples taken to check for signs of cancer using the liquid biopsy test. They will also have routine medical check-ups and imaging tests to monitor their health. The study will track how well patients do over time, particularly focusing on whether they remain cancer-free for two years after their surgery.
The trial runs in 5 steps – from screening to follow-up. Each step says what happens and what the team monitors.
9 criteria
Must have confirmed stage III or T4N0 stage II colon cancer that is:
For women who can become pregnant:
12 criteria
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is a chemotherapy medicine taken by mouth as tablets. Once inside the body it is converted, mainly within the tumour itself, into fluorouracil, a substance that blocks cancer cells from making the building blocks of their DNA, so they can no longer grow and divide. In this trial it is given after surgery, alone or together with oxaliplatin, to destroy any colon cancer cells that may remain in the body.
is a platinum-based chemotherapy medicine given as a drip (infusion) into a vein. It attaches to the DNA inside cancer cells and forms links that prevent the cells from copying their genetic material, which stops them from multiplying and causes them to die. In this trial it is combined with capecitabine or fluorouracil as part of the treatment given after colon cancer surgery.
is a long-established chemotherapy medicine given by injection or infusion into a vein. It interferes with the way cancer cells build and repair their DNA, so the rapidly dividing tumour cells die. In this trial it is used in combination with other chemotherapy medicines, with the choice and intensity of treatment guided by blood tests that look for traces of tumour DNA.
is a chemotherapy medicine given as an infusion into a vein. It blocks an enzyme that cancer cells need to untangle their DNA when they divide, causing breaks in the DNA that kill the cells. In this trial it is part of a stronger chemotherapy combination given to patients whose blood tests suggest a higher risk that the colon cancer could return.
It is taken by mouth as tablets, usually given in a dose of 2500 mg/m². The drug is an approved chemotherapy that has been studied for many years in colorectal cancer. It works because the body changes it into 5‑fluorouracil, which blocks the enzyme needed to make DNA, slowing tumor growth. Capecitabine belongs to the antimetabolite class, specifically the fluoropyrimidines.
It is given by intravenous infusion at a dose of about 85 mg/m². Oxaliplatin is an approved drug with extensive use in colon cancer treatment and many published studies. It contains platinum that attaches to DNA and creates cross‑links, preventing the cancer cells from copying their DNA. Oxaliplatin is classified as a platinum‑based chemotherapy agent.
It is administered by an intravenous bolus or infusion, typically at 1600 mg/m². Fluorouracil is a long‑standing, widely approved chemotherapy for colorectal and other solid tumors. The drug mimics a building block of DNA and blocks an enzyme called thymidylate synthase, which stops DNA and RNA formation in tumor cells. It is an antimetabolite belonging to the fluoropyrimidine group.
It is given as an intravenous infusion, usually at 100 mg/m². Irinotecan is an approved chemotherapy with a solid record in clinical studies for colorectal cancer. It blocks an enzyme called topoisomerase I, which is needed for DNA to unwind, leading to breaks in the cancer cell’s DNA. Irinotecan is classified as a topoisomerase‑I inhibitor in the chemotherapy class.
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